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Repath

Power Grid Resilience Through Climate Adaptive Infrastructure Analytics

Quantify physical climate risk to every substation, line, and transformer from flood exposure to heat-driven capacity loss and storm damage.

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Why Grid Resilience Demands Asset-Level Climate Intelligence

Generic Climate Data Isn’t Enough

Repath delivers grid resilience analytics that model the physical climate vulnerability of every asset in your network, factoring in design specs, age, material composition, and location-specific hazard exposure.

We go beyond generic risk scores to quantify financial impact and adaptation ROI, giving TSOs and DSOs the intelligence to build climate adaptive grid infrastructure:

Climate Risk Analytics Engineered for Grid Infrastructure

Repath models the real-world climate vulnerability of each grid asset, factoring in design specifications, age, location, and material. We go beyond generic risk scoring by providing asset-specific insights that help you:

Design climate resilient substations and routing for new grid assets

Prioritise reinforcement where climate exposure threatens grid continuity

Quantify the financial case for proactive grid adaptation vs. reactive repair

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Asset Risk Identification

Map Grid Vulnerability From Substation to Last Mile

See which substations, lines, or towers face the most significant threats, letting you prioritise upgrades where they matter most.

By mapping risks such as flooding, heat stress, and wind damage at the asset level, we help you target interventions that maximise resilience.

Climate risk financial summary showing portfolio CapEx value at risk, OpEx revenue loss, and OpEx revenue gain projections for 2050 under different scenarios.
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Financial Impact Assessment

Quantify Financial Exposure Across Your Grid Portfolio

Know how much climate-driven events (floods, storms, etc) could cost across your infrastructure.

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Tailored Resilience Planning

Customise Risk Profiles

Refine your resilience strategies by customising vulnerability parameters from your data with local climate threats per asset.

Investment Prioritisation

CAPEX vs. OPEX Planning

Balance major capital expenditures (e.g., flood barriers for substations) against operational costs (e.g., storm line inspections).

This evidence-based approach ensures budgets are allocated where they will deliver the greatest resilience benefits, helping you safeguard assets, reduce service interruptions, and optimise financial planning.

Dashboard showing climate risk analytics for asset adaptation planning, including damage projections, operational impacts, hazard thresholds, and site-specific intervention data.

Protect Revenue and Brand Reputation

Dive deep into a portfolio-wide vulnerability or drill down to a single pylon’s threat level. Our interface is designed to clarify risk, not complicate it. A single unplanned blackout can damage your utility’s image for years.

Automatically align with evolving ESG, CSRD, and EU taxonomy standards.
repath’s intuitive dashboards and reporting tools make compliance straightforward, transparent, and future-proof.

Understand exactly where climate threats intersect with your assets.
From regional overviews to asset-level insights, repath shows you which infrastructure is most exposed—and why.

Prevent service interruptions that erode customer trust and regulatory confidence.
By pinpointing critical weak spots, repath helps you act early and avoid brand-damaging disruptions.

Your assets are already at risk.

Book a Demo Today, and let us help you make the right decisions to protect them!

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Kai Karlstrom Director of Solutions Engineering

Kai Karlstrom

Director of Solutions Engineering